paper roll feeder device

ABSTRACT

A paper roll feeder device including a pushing movable shelf with a placing space, which for the movement of the paper roll. It also set a cutting device on the paper export. The paper roll would rotate in the opposite direction to the coiling one and pull out the paper tape by pushing the shelf and then cutting the paper tape by the cutting device of the shelf. The paper head would automatic stretch while the shelf gets back to its position in order to next taking paper. In addition, it is a paper tape pushing supported device in the shelf which is suitable for cutting paper device so that it could support or fix the paper tape when it is pulled out to the regular length. In this way, through passing the shelf, it could automatically pull out and cut the paper tape which is in the shelf.

TECHNICAL FIELD

This invention is related to a paper feeder device. It is suitable for all kinds of paper rolls including cleaning, cooking or packing paper feeder device, for example toilet paper, wiping paper, kitchen wiping paper, for cooking using paper or tinfoil paper which all are coiled paper especially a giving paper device which could accomplish the taking paper action operated on one hand.

BACKGROUND ART

In our daily life, the using range of the paper roll is getting much more extensive. Taking the paper roll cleaning as an example, for taking conveniently purpose, it already exist many kinds of paper roll containers for cleaning paper roll usage, which could place the cleaning paper roll into the paper roll container for taking. When taking the paper, first we have to pull out an appropriate length of the paper tape by one hand, and then pull apart by the other hand. Therefore, for making convenient cutting of the paper roll while taking the paper, there are some cleaning paper rolls having a easy-tear tearing line in every length of distance in the paper tape. Besides, some paper roll containers have a cutting contiguous serration design on the paper export. It is also for the cutting paper purpose.

But in the illustrated method, it usually use both hands to get out the paper tape and tear form the paper roll container. When users can't operate on both hands but only accomplish the taking paper action on only one hand, according to the formerly experiences, it would obviously have some incommodities and persecutes in the process of taking paper. Common situations including the paper tape were pulled out over length and the cutting side presented irregular. From this we could know that there are some problems need to be improved of the usage of the paper roll container, especially the operating convenience while taking paper.

SUMMARY OF THE INVENTION

One of the aspects of the invention is to provide a single-hand-operate paper roll giving device. To reach the illustrated investment goal, this invention put forward the following technical methods:

We set up a pushing movable shelf and place the paper roll in the shelf. This paper of the paper roll could be pulled out and formed paper tape. The paper export of the shelf set a cutting paper device. This paper tape goes through the cutting paper device and extends outward. We can pulled out the extended paper head to the needed length, and then push the shelf of the same hand which could cutting the paper tape of the cutting device placed in the shelf, and then achieve the of giving paper on single hand function.

This whole shelf of this invention is composed of suitable pieces. There are some suitable connection devices so that every shelf could exercise to each other or open the shelf and put the paper roll in it. The cutting paper device could be accomplished by pushing the shelf by one hand. This hand-driving and hand-contact push is tantamount to the extension and expansion of the button of the cutlery, and it could transform to the shelf or a part of the shelf. Pushing the shelf which having a button function by hand could drive the cutting device and cut the paper tape. It is easy to push by the hand or suitable position owing to the big area and crippling of the transformed button. It is convenient and exerted stronger power to drive the cutting paper device. Part of the shelf could also fix this invention to the wall or fixity or form support shelf so that it could place on the table.

This cutting paper device of this invention has a open-close cutlery. When it opens, the paper could pass in the middle of the cutlery. And when it closes, it could cut off the paper. Because there is a length from pulling out the paper tape to the cutting device, when the cutlery cut the paper, the paper between the cutlery and the paper roll must fallen down if we let it suspend on the air, so that it would drop into the shelf, but away from the paper export. When we need to pull out the paper again, we need to go deep into the shelf and to scoop up from the inside of the shelf which formed difficulty. Therefore, this invention also set an appropriate supported and clipped for paper roll tissues.

In addition, having the aid of this supported and clipped device, it could reduce the bending deflection when it was soft and lacking strength. And it also could avoid the arcuation while the paper is pushed or shifted. Moreover, when the paper is cut, the left residual paper between the cutlery and the paper roll is inconvenient pulled out by hands, so that this invention is also set a paper tape delivery supported device, which could deliver the front of the paper to the cutting paper device and the paper export of the shelf. It is convenient to pull of the emissive length thus it could pull out the paper of the paper roll. It could clip the paper while cutting, or clip the paper between the cutlery and the paper roll after the cut but before the paper delivering of the paper tape pushing and supported device so that it could avoid the movement of the paper and which is convenient to the pushing and delivering action of the paper tape pushing and delivering device. Besides, for convenient deliver the soft paper tape, this invention also set a paper tape strong device which set on the passing through path of the paper tape which including bossy and hollow appearance and located on at least one side of the paper tape. The paper tape would touch the appearance and make the cross section of the paper tape became anfractuous and intricate which lead to a convenient delivery by the strong and non-atilt of the delivery direction of the paper tape.

Because it would be a series action of pulling out and cutting by using the pulling-out hand to pushing forward and cut the paper and it is easy to accomplish and quite accommodating by only single hand.

BRIEF DESCRIPTION OF THE DRAWINGS

Features and advantages of embodiments of the claimed subject matter will become apparent as the following Detailed Description proceeds, and upon reference to the Drawings, wherein like numerals depict like parts, and in which:

FIG. 1 is a stereoscopic analysis photograph of the first embodiment of this invention;

FIG. 2 is a side cross-section photograph (from centre) of the first embodiment of this invention. This photograph shows the statue of the cutlery separated status;

FIG. 2 a is a vertical photograph of the first embodiment of this invention, which shows the paper roll status when two branching claws getting near to the export;

FIG. 3 is a side cross-section photograph (from centre) of the first embodiment of this invention, this photograph shows the cutting status when the cutlery cutting down the paper roll;

FIG. 4 is a side cross-section photograph (from centre) of the first embodiment of this invention, this photograph shows the branching claw status with a soft cover of the paper tape pushing supported device;

FIG. 5 is the stereoscopic analysis photograph of the second embodiment of this invention;

FIG. 6 is the side cross-section photograph (from centre) of the second embodiment of this invention; this photograph shows the cutlery separated status.

FIG. 7 is the side cross-section photograph (from centre) of the first embodiment of this invention, which shows the cutting paper roll status of the cutlery;

FIG. 7 a is another vertical view of the branching claw of the second embodiment of this invention, which shows the paper status when the two branching claws getting near;

FIG. 7 b is a side view of another branching claw embodiment of the second embodiment of this invention;

FIG. 8 is stereoscopic analysis photograph of the third embodiment of this invention;

FIG. 9 is a shelf structural stereoscopic photograph of the third embodiment of this invention;

FIG. 10 is the side part cross sectional view of the third embodiment of this invention which shows the cutlery separated status;

FIG. 11 is the side part cross sectional view (from the centre) of the third embodiment of this invention which shows the status of the active shelf has been push and lean, the paper roll has been slide, the paper tape has been repeatedly curved before cut, and the cutlery cut down the paper roll;

FIG. 12 is a side view (part has been ripped open) of the forth embodiment of this invention when the side cover open;

FIG. 13 is a hatches A-A cross-section photograph of the forth embodiment of this invention which shows the cutlery separated status;

FIG. 14 is a side cover 101 d side view (part has been ripped open) of the forth embodiment of this invention which shows the cutting paper roll status of the cutlery;

FIG. 15 a is the front view photograph of another embodiment of the paper tape supported device of the third and forth embodiment of this invention;

FIG. 15 b is another side view photograph of the paper tape supported device of the third and forth embodiment of this invention.

DESCRIPTION OF THE EMBODIMENT

This invention provided a giving paper device for paper roll paper. It is contained a movable shelf pushed by hands or other members. The shelf has a place space for put or place the paper roll, and there is a cutting device of the paper export of the shelf. Through pushing the shelf, the paper roll paper could have a movement in the place space which including trundle, rotation, movement or combined movement. When the paper roll is pulling out, it would form a pulled-out paper tape in the shelf, which is extensive by through this cutting device. By the driving ability of pushing the shelf, it would cut the paper tape into part via appropriate device which driving the action of the cutting device placed on the shelf. Owing to the pushing and the extending, transition when return to the position, the front of the paper would automatically extend towards outside to make a convenient giving paper at the next time when the shelf is returned to its position.

The illustrated shelf could compose using two or many relatively-exercised device. The paper roll could place into the formed chamber composed of the illustrated devices. Through the relative exercise of every shelf, it could make the paper roll or rotate and pull out and then form a paper tape. When every shelf were relatively exercised, it would interlock or reach the limit of the cutlery placed on the shelf of the cutting device and the suitable device to the cutlery (also could be cutlery) and then cut down the pulled-out paper tape.

For making a smooth delivering of the paper tape, which is pulled out of the paper roll, there is a paper tape pushing and supported device on the illustrated shelf which could compose to the cutting device. When the paper tape is pulled out or pushed to the established length, through the supported and fixed of the paper tape pushing and supported device and cutting down the paper roll of the cutting device, it could avoid the return-to-the-position and fallen of paper tape. In addition, the front of the paper could be curved or wrinkled at the same time when it was gripped which could raise the rigidity of the front of the paper and the friction while contacting other devices, thus assured a smooth delivery of the front of the paper when the shelf returned to its position, the grasped paper tape would relax gradually and delivery the front of the paper to the paper expert.

Moreover, for convenient delivering the soft paper, this invention is including a paper tape strong device, which is set on the pass of the paper tape. The paper tape strong device is including a crippling or swaying shape in at least one side, the paper tape touch the shape and make the cross of the paper tape to be winding or intricate which could make the delivering direction strong and not easy-tilted. The described crippling or swaying shape could be series winding or formed by discontinuity crippling things. The appropriate discontinuity could make the cross of the paper tape series winding or intricate by pushing the side of the paper tape.

For a better controlled of the intricate of the paper tape, we could set the described rippling or swaying shape on the two sides of the paper tape. Moreover, we could make the rippling or swaying shape which set on the two sides of the paper tape grip to each other and also the make the cross of the paper tape near to the gripped place winding or intricate so that led to a convenient delivery. According to the illustration, this invention also set a single-operated paper giving device. The following is a further discussion of this invention combined with embodiment and photograph.

Embodiment 1

As illustrated in FIG. 1 to FIG. 4, this embodiment is including a shelf which could contain a paper roll, a cutting device and a paper tape pushing and supported device. The illustrated shelf is relatively composed from a first shelf 11, a second shelf 12 and a driving shelf 13 which could cover the two shelves described above. When the first shelf 11 and the second shelf 12 are composed together, there is a placed space for paper roll movement.

As illustrated in FIG. 1:

The illustrated first shelf 11 is composed of two bilateral side plates 111 to a sunken structure and among the sole of the beneath these two side plates 111 has set a spring slice 112. Each of these two side plates has a crippling out axis 113 which positioned at the same axis of the spring slice 112. This spring slice 112 has a fixed side 1121 and a movable side 1122. This fixed side 1121 is fixed on the underneath of the first shelf 11, and the spring slice 112 is winding when it is not under a pressure state.

The illustrated second shelf 12 is also composed of two bilateral side plates 122 to a sunken structure corresponding to first shelf 11. Each of the illustrated two side plates 122 has a axis aperture 121 which match the axis 113 of the first shelf 11. The axis 113 could place on the axis aperture 121 and rotate in it which articulate and link the second shelf 12 and the first shelf 11 which compose a place closed interval for the paper roll and other members.

The illustrated driving shelf 13 is including an easy-human-push driving plane 131. Extending downward form the driving plane 131, there are two extending arm 132. There is a paper export 133 on the driving plane 131. The illustrated driving shelf 13 is tantamount to a large push-button. The driving plane 131 is cover to the second shelf 12 and the first shelf 11. Each of the front head of the two extending arm 132 has set a aperture 1321 which is over semi-circle. This aperture 1321 is matching to the axis 113 of the first shelf 11 which could use to set on the axis 113. The paper export 133 of the described driving plane 131 is cross connection to form a “cross” shape by the first export 1331 and the second export 1332. The first export 1331 is longer and narrower than second export 1332, and the width of the first export 1331 is a little wider than the width of the paper roll which is easy extend for the front of the front of the paper and go far as to the second export 1332 is convenient for putting fingers in.

As illustrated in FIG. 2 and FIG. 3, in this embodiment, the bottom of the first shelf 11 and the second shelf 12 are linked together and symmetrical to form an inner space. Placing the axis 113 of the under part of the first shelf 11 to the axis aperture 121 of the second shelf 12 could make a rotation of the first shelf 11 and the second shelf 12 to each other. The upper extreme of the illustrated driving shelf 13 is cover to the upper extreme of the combination of the first shelf 11 and the second shelf 12. The aperture 1321 of the underneath of the driving shelf 13 is block to the axis 113 of the first shelf 11, herewith this to form a open- and -close action from the first shelf 11 and the second shelf 12 doing actions to each other by pushing the driving shelf 13.

The illustrated cutting device is placed on the top of the first shelf 11 and the second shelf 12 and it is including a relative set up cutlery device and accessories which is placed on the two sides of the paper tape.

The illustrated cutlery device is including a cutlery seat 21. The bottom of this cutlery seat 21 is connected to the top of the first shelf 11 and merged into an integral whole, which process with the first shelf 11 and there also is a first cutlery 211 on the top of it.

The illustrated cutlery seat 21 is installed on a little backward of the cutlery seat 21. The appearance of the first cutlery 211 is matched to the cutlery seat 21, and the edge of the cutlery is 2114. The two heads 212 of the cutlery seat 21 are extended forward, and the middle part 213 is concave backward. Because of it, the front edge of the cutlery seat 21 is assumable formed a “>” winding or curved shape. At the same time, the horizontal length of the first cutlery 211 is gradually increase from the side end 2111 to the middle part 2112, that is bulge above from the middle part, which assumable like “

”.

The illustrated accessories are including a coordinating seat 22 homologous to the cutlery seat 21 which is set on the top of the second shelf 12 and connected to an integral whole. It is also processed with the second shelf 12 as an integral whole. There is a tilted part on the two processed ends. There is a second cutlery 221 of the down extreme of the coordinating seat 22 together with the first cutlery 211 to cut down the paper tape R1. There is a extending forward, tilted beneath and an arc transitional piece guiding plane 2221 which is suitable for the illustrated tilted part 222 of the second cutlery 221.

For making sure that the contact of the first cutlery 211 and the second cutlery 221 are both landed on the cutter edges of the first cutlery 211 and the second cutlery 221 but not other surfaces of the cutleries, it could make a more crippling surface than other cutleries while these two cutleries are processing. A simple and effective method is to gradually increase the horizontal length of the two sides end 2111 and the middle part 2112 of the first shelf 211. That is to make a bulge upward of the middle part, so that it needs only one horizontal beeline-shape cutter edge which could make the contacted points all fall on the cutter edge. On the other way, it could relatively process a plane shape of the first shelf 211 and also process a gradually bulge downward shape from two sides to the middle part of the second shelf 211. Or it could also process the gradually bulge from two sides to the middle of the first shelf 211 and the second shelf 221 but the first shelf 211 is bulge upward and the second shelf 221 is bulge downward. In addition, every cutlery and cutlery seat are flexible which making sure the cutter edge would contact closely to the contacted point when cutting.

The cutlery and accessories of this cutting device could also be other device, for example: the illustrated cutlery could be flat surface cutlery, and the cutter edge would be beeline or curve. The accessories could have a cutter edge or without cutter edge. The structure design could suitable to the accessories and the illustrated cutlery when the first shelf 11 and the second shelf 12 exercising to each other which form a cross-cutting or compensated-cutting method to achieve the ability of cut down the paper tape.

Owing to the pulled-out paper from the paper roll R (see FIG. 2 and FIG. 3) pass a section of distance and then enter to the cutting device, after the cutting-device cutting down the paper, and let the paper tape R1 between the cutting device and the paper roll R suspense on the air, it must fall down and fall into the shelf but away from the paper export 133 of the shelf 13. When pulling-out the paper again, we need to deeply enter the inner space of the shelf of the paper export 133 which forms difficulty. Moreover, when the paper tape R1 is cutting down, the paper which exists between the cutting device and the paper roll R is not convenient to pull by hands. Therefore, this invention has set a suitable paper supported and paper tape pushing supported device to solve this question. In this embodiment, the paper support, the supported structure and the paper pushing have many sharing components and parts to form a paper supported and pushing paper tape pushing and supported device. The illustrated paper tape pushing device mainly includes a symmetric first supporting shelf 31 and the second supporting shelf 32 which set on the first shelf 11 and the second shelf 12.

As illustrated in FIG. 2 and FIG. 3, the described first supporting shelf 31 is including body 311, two activity arms 312 and two location pieces 315. The illustrated body 311 is a rectangular member. Each of the two ends of the body 311 set an extended activity arms 312. The top of these two activity arms 312 are fixed on the inner side of the first shelf 11. The illustrated activity arms 312 are made from flexible materials which could make the activity arms 312 have flexible winding. On the two ends of the body 311 and cross the activity arms 312 with a 70 degrees angle direction, there are two concave and raised location pieces 315 which are up-right.

Correspondingly, the illustrated second supporting shelf 32 is including the body 321, two active arms 322 and two position pieces 325. The illustrated body 321 is a rectangular member. Each of the two ends of the body 311 set two extended activity arms 322. The top of these two activity arms 322 are fixed on the inner side of the first shelf 12. The illustrated activity arms 322 are made from flexible materials which could make the activity arms 322 have flexible winding. On the two ends of the body 321 and cross the activity arms 322 with a 70 degrees angle direction, there are two concave and raised location pieces 325 whose concave and raised shape is matching to ones on the first supporting shelf 31. The first supporting shelf 31 and the second supporting shelf 32 are in focus and hooked up to each other to achieve the position of these two shelves (having a supported ability of a supported structure).

For promising to transfer soft papers, this invention is including a paper tape strong device, as illustrated in FIG. 1. In the middle part on the body 311,321 of the first supporting shelf 31 and second supporting shelf 32 and at the same extended direction of the location piece 315 and location piece 325, there are two extended branching claws 316, 326 to form a protrusion disconnected to each other. As illustrated in FIG. 2 and FIG. 2 a, two branching claws 316,326 form a cross state to each other nearby the back side. The broadside is cross arrangement. When the two branching claws 316,326 are crossing and gripping at paper tape R1, it is allowed a broadside winding passing through for the paper tape R1. Like this way, making the paper tape R1 passing the two branching claws 316,326 of the paper tape R1 have these broad wise or/and longitudinal crippling and sunken shapes to make the paper tape R1 contact to the illustrated branching claws 316,326 and let the cross section assume winding or twisty which could raise the rigidity of the paper tape R1 and avoid it fall down, at the same time could grip the paper tape with a suitable elasticity. Here we explain that the body 311, 321 of the first supporting shelf 31 and the second supporting shelf 32 and the two branching claws 316,326 all can't grip the paper tape tight closely, because when the top of the first shelf 11 and the second shelf 12 gather up and the body 311,321 shift downward, the top of the two branching claws 316,326 must glide downward over the paper but without pull down the paper tape R1.

The first supporting shelf 31 and the second supporting shelf 32 of the illustrated paper tape pushing supported device are block together. The branching claw 316 of the first supporting shelf 31 is interlocked with the branching claw 326 of the second supporting shelf.

The concave and the raised shape of the location piece 315 and the location piece 325 are suitable and fit to each other, and make the first supporting shelf 31 and the second supporting shelf 32 are in focus and buckled to each other. The first supporting device 31 is fixed on the inner part of the ridge of the second shelf 12 by through the activity arm 322 which could make the paper tape pushing and supported device is just under the cutting device. The paper roll R is placed on the inner space constituted from the first shelf 11 and the second shelf 12. The bottom of the paper roll is carried form the spring slice 112 and positioned under the paper tape pushing and supported device. The front of the paper R2 could get through the intricate channel 33 formed from the branching claw 316 and the branching claw 326. The front section of the intricate channel 33 is formed of the gap of the right and left two bodies 311,321, and the back section of the intricate channel 33 is formed by the interlocked two branching claws 316,326, and penetrated form the paper export 144 of the driving shelf 13 to making the next pull convenient for the users.

Normalcy, the paper roll R maintained in the middle position of the inner space of the shelf 1 when passing through restricted by the first supporting shelf 31 and the second supporting shelf 32. The concave and winding shapes are cross to each other above the inner space which suitable for the location piece 315 and the location piece 325 on the two supported shelves. The pulled-out paper tape R1 is gripped by the crossed branching claw 316 and the branching claw 326, and stretch upward when passing the intricate channel 33. The front of the paper R2 which upward extended could extend outward of the shelf for a convenient pulling-out by hands when passing through to the paper export 131 of the driving shelf 13. Because the paper tape R1 is gripped by the crossed over of branching claw 316 and branching claw 326 to make it form a curved shape (cross section or dominated plane), the upward part could keep upright but not crashed which is convenient for pulling out by hands.

When pulled out the needed length of the paper tape R1 by upward-pulling hands, we could press down the driving shelf 13 by hand. These two extending arm 132 which underneath the driving shelf 13 contact the axis 113 when passing through the aperture 1321 to make it shift downward. At this time, owing to the axis aperture 121 of the second shelf 12 is also put around the axis 113, and the bottom of the first shelf and the bottom of the second shelf 12 are fixed or placed on the fixes plane (as illustrated in the two point linked in FIG. 2 and FIG. 3). Therefore, the first shelf 11 is rotated counter-clockwise around the axis 13 and the second shelf 12 is rotated clockwise around the axis 113 (please refer to FIG. 2 and FIG. 3). The top of the first shelf 11 and the top of the second shelf would gather up. At present, the location piece 315 and the position piece 325 of the first supporting shelf 31 and the second supporting shelf 32 are suitable to each other, and each fixed on the top of the first shelf 11 and the second shelf 12 and the two supporting shelf shift downward. When pushing down by hands, we need first press the front of the paper R2 to the driving plane 131 of the driving shelf 13 (please refer to FIG. 3) and then fix the front of the paper. When the two supported shelves shift downward, the branching claw 316 and the branching claw 326 are sliding over the paper and also shift downward. At the same time that the top of the first shelf 11 and the second shelf 12 are gathering together, the first cutlery 211 and second cutlery 221 are also gathering together. The two heads 212 of the cutlery seat 21 are crippling forward, and the middle 213 is concave backward, so the front edge of the first cutlery 211 is winding or curved like “>”. The horizontal length is gradually increase from the two side end 2111 to the middle part 2112 of the first cutlery 211, which is bulge upward of the middle part roughly like “□”. Concurrently, the second cutlery 221 is also fixed on the coordinating seat 22 and there is a extend forward tilted part 222 on the two sides of the coordinating seat 22. The two sides of the second cutlery 221 sticks on the bottom of the coordinating seat 22 have a extended forward and tilted guiding plane 2221. When the first shelf 11 and the second shelf 12 gather to each other, the cutlery seat 21 and the coordinating seat 22 gather to each other at the same time. When the first cutlery 211 and the second cutlery 221 start to contact, the guiding plane 2221 first contacts to the two crippling side ends 2111 of the cutlery seat 21 which could make sure the second cutlery 221 slide into the top of the first cutlery 211 smoothly and process to cut. Since the front edge of the first cutlery 211 is winding or circuitous, the process gathering to the second cutlery 221 is point-contact from two sides to the middle part and the paper could gradually cut down along the contacted point. The cutter power at the moment of cutting is very small, and the cutting process is well-distributed and contiguous. At the same time, the first cutlery 211, the second cutlery 221, the cutlery seat 21 and the coordinating seat 22 are all flexible. The flexibility could make sure the cutter edge of these two cutleries contact closely at the contact point when cutting. When the two cutleries cross to each other, it is easy to cut off the paper tape R1.

When the hands leaving the driving shelf 13 upward, owing to the spring slice 112 on the downward of the first shelf 11, the fixed side 1121 fixed on the shelf bottom of the first shelf 11 and the movable side 1122 pressed down at the shelf bottom of the second shelf 12. The spring slice 112 is winding when without accepting pressure and it gradually smashed when press the driving shelf 13 to make the first shelf 11 and the second shelf 12 gathering to each other (please refer to FIG. 2 and FIG. 3). When the hands leaving the driving shelf 13 upward, the driving shelf 13 shifts up ward and the flexibility of the spring slice 112 let the first shelf 11 and the second shelf 12 gradually open and return to the original state. When the first shelf 11 and the second shelf 12 are opening, the left extreme of the activity arm 312 raise upward of the affection of flexibility. At the same time, the right extreme of the activity arm 322 also raise upward so that the two location pieces 315,325 and the two branching claws 316,326 shift upward. The branching claws 316,326 grip the paper tape R1 at the same time and shift upward together. At the mean time, it is increasing the distance between the first cutlery 211 and the second cutlery 221, so that the front of the paper R2 could pull out from the paper roll R by driving from the branching claw 316,326, and then pass the paper export 133 of the driving shelf 13 and extend outward from the shelf 1. The first shelf 11 and the second shelf 12 open till the top of the two shelves hamper by the driving shelf 13.

When we need to exchange the paper roll R, we could pull upward the driving shelf 13 and separate from it. (The down extreme of the aperture 1321 has an export, the material has flexibility, and the export could be prop up to make the axis 113 could fall off from the export 1321) And then separate the first shelf 11 and the second shelf 12 to make the location pieces 315,325 separate, and the first supporting shelf 31 and the second supporting shelf 32 are separated enormously, so that we could exchange the paper roll R. When put the paper roll R well, we gather the first shelf 11 and the second shelf 12 up and cover the driving shelf 13 to make the aperture 1321 buckle the axis 113. And then enter the inner space of the shelf by hands by passing the second export 1332 on the middle of the top of the driving shelf 13 and pull out the front of the paper R2.

As illustrated in FIG. 4, in this embodiment, we could cover a flexible cover 34 outside the branching claw 316 and the branching claw 326. The flexible cover 34 is a soft material and there is a claw tooth 341 upward which could increase the friction between the two branching claws 316,326 and the paper tape R1 to suit for different quality of paper rolls to prevent the slide of the front of the paper R2. The top of the illustrated branching claws 316,326 could also achieve by another structure. It could articulate a soft claw or articulate a flexible cover 34 on the top of the branching claws 316,326. There is a claw tooth 341 on the flexible cover 34. When the paper tape is pulled out along with the claw tooth 341, the hinges rotates the claw tooth 341 drifts to separate and shifts reverse to make the claw tooth 341 gradually separates the paper piece and release the paper to make a convenient pulling out of paper. When the paper tape R1 shifts reverse to the claw tooth 341, the rotation of the hinges would make the claw tooth get near to the paper piece so that it could grasp the paper tightly.

Embodiment 2

As illustrated in FIG. 5˜FIG. 7, this embodiment is also including a shelf which could space a paper roll, cutting device and a paper tape pushing supported device.

The illustrated shelf is including the first shelf 11 b and the second shelf 12 b. Composition of these two shelves could compose a place space for paper roll R.

The illustrated first shelf 11 b could place on the fixed place. It is including a standard underside 1113 b and obliquity 1114 b. There are two extending arms 113 b on the two ends of the illustrated standard underside 1113 b extended upward, and there is an aperture 1131 b on the two extending arms 113 b. There is a axis 112 b on the two extremes of the standard underside 1113 b which extend outward each other, and the middle of the back extreme set a supported plate 114 b which could block the second shelf 12 b, and there is a spring blocker 115 b set on the middle position of the standard underside 1113 b.

The illustrated second shelf 12 b is including a body 121 b. The illustrated body 121 b is a inverted shelf-shape device which could buckle on the first shelf 11 b. The two sides of the inner space of the body 121 b set a rectangular form driving cam 1223 b and the front edge is obliquity 1211 b. The obliquity 1211 b has set a export 1224 b which could allow the front of the paper R2 extends outward and there is a protruding 1222 b extended outward on the down extreme. There are two side walls 1121 b on the extended downward of illustrated body 121 b. The down extreme of the side wall 1121 b has set an axis aperture 1122 b which could hinge to the axis 112 b of the first shelf 11 b and let the second shelf 12 b could rotate and make open-close action on the first shelf 11 b.

The cutting device of this embodiment is on the shelf which including a relative set cutting device and accessories which position on the two sides of the paper tape.

The illustrated cutting device is including a cutlery seat 21 b. The illustrated cutlery seat 21 b is on the top plane of the obliquity 1114 b of the first shelf 11 b which could process together with the first shelf 11 b (that means that the top of the obliquity of the first shelf 11 b is the cutlery's fixed seat.) The back extreme of the first cutlery 211 b is fixed on the cutlery seat 21 b and the two side extremes 2111 b is crippling forward and the middle part 2112 b is concave backward so that the front edge 2113 b of the cutlery 211 b is winding or curved shape.

The illustrated accessories are including a suitable seat 22 b. The suitable seat 22 b is an extended outward oblique board of the top of the body 121 b of the second shelf. The second cutlery 221 b is fixed on the bottom of the suitable seat 22 b and stick with it. The illustrated second cutlery 221 b is flat shape. When the first shelf and the second shelf 12 b match to each other, the cutlery seat 21 b and the suitable seat 22 b would gather up and the cutter edge of the first cutlery 211 b is gathering up with the cutter edge of the second cutlery 221 b. The two cutter edges of the two cutleries are contacted to each other from two sides to the middle and the paper would be gradually cut down at the contacted point. At the same time, for making sure that the contacted points are all fall on the cutter edges of these two cutleries but not other surfaces of the cutleries when the first cutlery 211 b contact to the second cutlery 221 b, just like embodiment 1, we process the cutter edge much more winding than other surfaces when cutting. In other words, the horizontal length is gradually increase from the two sides ends 2111 b to the middle part 2112 b of the first cutlery 211 b that is assumed raise upward in the middle part. The cutlery seat 21 b supported the first cutlery 211 b is also assumed raise upward in the middle part. For making sure that the second cutlery 221 b could smoothly slide upward to the first cutlery 211 b for convenient cutting at the beginning contact of the two cutleries, there is a tilted downward and arc transitional guiding piece 2115 b on the two front extremes of the first cutlery. When the two cutleries gathering up, the up surface of the guiding piece 2115 b would first contact to the two sides of the down surface of the second cutlery 221 b to form a cross-cut method so that it could cut down the paper tape R1 placed between the two cutleries.

The cutlery and accessories of this cutting device of this embodiment could also be other device. For example: The illustrated cutlery could be flat cutlery, the cutter edge could be beeline or arc line, and the accessories could include cutter edge or not a cutter-edge device. The device design of the illustrated cutlery could fit to the accessories while the first shelf 11 b is relative exercising to the second shelf 12 b to form a cross cut or prop-point cut method which could also achieve the function of cut down the paper tape.

The paper tape pushing supported device of this embodiment is including a deliver frame 31 b with a curve base plate 324 b. The illustrated curve base plate 324 b of the deliver frame 31 b set a tapering and bulge deliver frame 31 b. The top surface of the deliver frame 31 b is obliquity or arc. When the paper roll R put on the contrary ratch 311 b shift to the left or rotate on clockwise direction, it could along with the up surface 3111 b of the contrary ratch 311 b and slide over and the reverse exercise could be stop by the tooth point 3112 b. Each of the two ends of the deliver frame 31 b extend a supported branch 32 b. There are an extended outward rotation shaft 321 b, arc driven cam 322 b and a protruding cylinder 323 b on the top of the two supported branch 32 b. The extended direction of the illustrated circle rotation shaft 321 b and the driven cam 322 b are the same. The illustrated protruding cylinder 323 b is located between the rotation shaft 321 b and the driven cam 322 b and also located on the top of the rotation shaft 321 b and the driven cam 322 b. The illustrated rotation shaft 321 b could place inside the aperture 1131 b on the two extending arms 113 b of the first shelf 11 b which could make the supported branch 32 b rotate around the rotation shaft 321 b and swing right and left. The driven cam 322 b could match t the driving cam 1223 b of the second shelf 12 b. There is a buckle 325 b of the bottom of the curve base plate 324 b of the illustrated deliver frame 31 b which is suitable to the spring blocker 115 b of the standard underside 1113 b.

Press down the driven cam 322 b, owing to the bulge rotation shaft 321 b of the supported branch 32 b is covered on the aperture 1131 b of the first shelf 11 b and could rotate; the deliver frame 31 b is swing to the right to pull the paper tape R1 out from the paper roll R. When the deliver frame 31 b is getting closest to the right extreme, the bulge buckle 325 b of the down surface is passing the spring blocker 115 b of the first shelf 11 b and be blocked on the right obliquity to make the deliver frame 31 b position on the right extreme temporally. On the appropriate time on the process of pressing down the second shelf 12 b, the cutting device would gather up and cut down the paper. This embodiment could also go a step further to include the branching claw 23 b and the branching claw 24 b. The illustrated branching claw 23 b is an oblique set up on at least a flexible device (could be a spring) of the obliquity 1114 b of the first shelf. The bottom of the branching claw 23 b is fixed on the obliquity 1114 b. The illustrated branching claw 24 b is a flexible device (could be a spring) set on the top of the inner space of the second shelf 12 b which is corresponding to the branching claw 23 b whose bottom is fixed on the top of the inner space of the second shelf 12 b and the other extreme is freely spread whose top is near to the second cutlery 221 b. As illustrated in FIG. 7 a and FIG. 7 b, for making sure the soft paper roll R isn't circuitous when it slide over the branching claw 23 b and the branching claw 24 b with a fast speed, the front cross-section of the illustrated two flexible branching claw 23 b, 24 b are curved (the branching claw 23 b, 24 b could have two process situation, it could be cross set up or it also could be relative set up; as in FIG. 5, there are three branching claws 23 b, but there are only two branching claws 24 b. Two branches of branching claws are cross set up. When the first shelf 11 b and the second shelf 12 b gather up, the branching claw 23 b is position on the interval of the branching claw 24 b, and the branching claw 24 b is also position on the interval of the branching claw 23 b, two of them are cross but pass to each other. And the branching claws 23 b, 24 b on the FIG. 6 and FIG. 7 is relative set up. The numbers of the two branching claws are same. When the first shelf 11 b and the second shelf 12 b are gathering up, every branching claw 23 b and the branching claw 24 b are in focus and conflict and the flexibility of every branching claw could let the two branches of the branching claws keep gather up with the paper tape R1 after contacted. Such set up could just simply grip the paper tape R1 tightly between the two branches of the branching claws 23 b and the branching claws 24 b while gather up.)

Now we illustrate the set up situation of the branching claws in FIG. 5: The cross set up of the branching claw 23 b and branching claw 24 b in FIG. 5 could support and grip the paper tape R1, it could also be one part of the paper tape strong device. Two branching claws 23 b, 24 b would cross and pass to each other when gather up, the (paper transferring) broad wise section form a crippling and concave cross shape repeatedly. The gripped paper tape R1 would be repeatedly curved. At the same time, the close range paper tape R1 near the gathering position is also related to be curved (cross-section) to make the paper stronger and not easy to be curved. When the two branching claws 23 b, 24 b opened, the curved shape of the paper tape R1 would not resume spreading out flat immediately, and it could deliver the paper tape R1 smoothly. In addition, the branching claw of the paper tape strong device could process the situation illustrated in FIG. 7 a and FIG. 7 b. The contacted point of the two branching claws assume repeatedly curved. The branching claws 23 b, 24 b in FIG. 7 b are still fixed on the same position of the first shelf 11 b and the second shelf 12 b.

The paper tape R1 gripped between the branching claw 23 b, 24 b in the FIG. 7 b is gripping to repeatedly curved (please refer to the paper tape R1 cross-section in the FIG. 7 a). According to the same situation illustrated before, the paper tape R1 could deliver smoothly. Normalcy, the paper roll R is placed on the curve base plate 324 b of the deliver frame 31 b of the paper tape pushing supported device 3 b to keep it on the former position of the inner space of the shelf 1 b. When using, we pull out outward the front of the paper 2 to needed length, and then return the pulling-out hand back and press down the second shelf 12 b or the extended protruding 1222 b of the front extreme. At this time the branching claw 23 b and the branching claw 24 b of the pushing supported device 3 b would first get close to each other and then gather up to fix the paper tape R1 and the rectangular driving cam 1223 b of the inner side of the second shelf 12 b contacts the arc driven cam 322 b of the deliver frame 31 b to press down the driven cam 322 b. Owing to the raised rotation shaft 321 b of the deliver frame 31 b rotated in the covered axis aperture 1122 b of the side wall 1121 b of the first shelf 11 b which could force the deliver frame 31 b swing against the paper roll direction along with the paper roll R to pull out the paper tape R1. When the deliver frame 31 b reaches to the very right position, the raised buckle 325 b of the down surface of the shelf would be temporally block on the right obliquity when through the spring blocker 115 b set on the shelf to make the deliver frame 31 b temporally position on the right extreme.

At the appropriate time of process of pressing down the shelf 12 b, the first cutlery 211 b and the second cutlery 221 b of the cutting device are gradually getting close and contact. When the first cutlery 211 b and the second cutlery 221 b start to contact, the guiding piece 2115 b first contacts to the two raised sides ends 2111 b of the cutlery seat 21 b to ensure the second cutlery 221 b slide smoothly into the top of the first cutlery 211 b and process to cut. Owing to the front edge of the first cutlery 221 b assumes winding or curved, the process gathering up to the second cutlery 221 b contacts from two sides to middle, and the paper would gradually cut sown along the contacted point. The cutting process is well-distributed and continuous.

When the hand which holds the front of paper R2 leaves the second shelf 12 b or the protruding 1222 b, the spring blocker 115 b fixed on the first shelf 11 b would spring the deliver frame 31 b (the spring blocker 115 b is fixed on the standard underside 1113 b of the first shelf 11 b. When the second shelf 12 b pressed down, it would bend the spring blocker 115 b, and when the second shelf 12 b released, the deliver frame 31 b would be spring.) The cutting device 2 b and the branching claw 23 b, 24 b all open and the shifting upward driving cam 1223 b contacts to the protruding cylinder 323 b of the deliver frame 31 b to give full strength for deliver frame 31 b to swing left and right. The buckle 325 b presses the right obliquity of the spring blocker 115 b and press the spring blocker 115 b down which could separate form position on the right extreme temporally and swing to the left extreme. The paper roll R on the deliver frame 31 b and the pulling-out paper tape R1 are also shifted to the left. Owing to the tapering and bulge contrary ratch 311 b set on the deliver frame 31 b, the paper tape R1 would slide to the paper export 1224 b of the second shelf 12 b along with the up surface 231 b of the branching claw 23 b. Finally the front of the paper R2 reveal an appropriate length outside the second shelf 12 b for making the next pull convenient for users.

Embodiment 3

As illustrated in FIG. 8˜FIG. 11 and FIG. 15, this embodiment is also including a shelf which could place the paper roll, the cutting device and the paper tape pushing supported device.

The illustrated shelf is including first shelf 12 c and the second shelf 10 c. Composition of these two could construct a paper roll place space.

As illustrated in FIG. 8, the illustrated first shelf 12 c is including a supported shelf 124 c which is a “

” shape device, and the back extreme could fix on the wall and there are two bilateral upward side plate 123 c on the side extreme. The down extreme of the side plate 123 c set a rotation shaft aperture 121 c. There is a long-dimension driving groove 122 c on the top extreme. The inner-concave curve plate 132 c passing through the two side plates 123 c and the two side plates 123 c are linked to one. There is at least one triangle guiding piece 131 c in front of the curve plate 132 c. There is a guiding obliquity 1311 c on the guiding piece 131 c which could let the front of the paper R2 slide over. The illustrated second shelf 10 c is placed on the first shelf 12 c which including a curve base plate 105 c which could sustain the paper roll R and two symmetrical curve shroud 101 c which link to the curve base plate 105 c. The front of the curve shroud 101 c link to it by the horizontal skirt 102 c. The top processes to a plane with two high extreme and low middle part and there is a concave long groove 104 c in the middle. There is a rotation shaft 111 c on the down extreme of the illustrated curve shroud 101 c which could cover to the rotation shaft aperture 121 c of the first shelf 12 c and hinge to rotate. There are an axis aperture 112 c and a rotation shaft 114 c on the top of the curve shroud 101 c.

As illustrated in FIG. 9, there is a hinged third shelf 11 c on the illustrated second shelf 10 c. The third shelf 11 c is an inverted shell-shape member. There is an extensive arm 118 c extended downward of the two sides of the front edge. The bottoms of the two extensive arms 118 c are both set an axis aperture 119 c which could suit to the axis aperture 112 c of the second shelf 10 c. Both of them hinge to fix to each other. The down extreme of the illustrated third shelf 11 c is corresponding to the flat structure of the second shelf 10 c. After assemble, there is concave long groove 104 c between the two structures.

Outside the back extreme of the second shelf 10 c, there is a spring 115 c located between the first shelf 12 c and the second shelf 10 c which is easy for the automatically homing of the second shelf 10 c after rotated.

The illustrated cutting device is in the inner space of the second shelf 10 c which including relatively set cutting items and accessories. The illustrated cutting items are including a shift cutlery 22 c which is installed on the active seat 21 c. The active seat 21 c is set on the pathway of the paper tape R1 which could have a relative motion with the paper tape R1. It includes a columnar shape part arc surface 211 c and two fan side plates 212 c. The down extreme of the two side plates 212 c extended outward has a rotation shaft 2121 c. The fan top is connected to the arc surface 211 c and the shift cutlery 22 c is suitable for the up surface of the arc surface 211 c. Two edges of the shift cutlery 22 c is crippling forward and the middle is concave backward same. The shift cutlery 22 c assumes curved or winding like “>”, and the horizontal length is gradually increased and the middle part is bulge upward.

The illustrated active seat 21 c is rotated by driving from the crank device. This crank device is including a driving handle 4 c. One extreme of the illustrated driving handle 4 c has set a driving handle aperture 41 c. The rotation shaft 2121 c of the fan side plate 212 c of the active seat 21 c could get through the axis aperture 112 c of the two curve side plates 101 c of the second shelf 10 c to suit to the corresponding driving handle aperture 41 c tightly and then fixed to the driving handle 4 c.

The other extreme of the driving handle 4 c has set a driving pole 42 c which could place in the driving groove 122 c corresponding with the first shelf 12 c. The driving pole 42 c would driving the driving handle 4 c slide in the rectangular driving groove 122 c and then drive the active seat 21 c rotate. Therefore the shift cutlery 22 c would also drive to rotate by the driving handle 4 c and slide along the rectangular driving groove 122 c of the first shelf 12 c. When push the horizontal skirt 102 c which between the two curve side plates 101 c of the second shelf 10 c by hands or any component which could rotate around the introrse of the rotation shaft 111 c (for example: the top cover), the paper roll would rotate clockwise around the rotation shaft 111 c. When the driving pole 42 c of the driving handle 4 c slide in the driving groove 122 c, it would twist the rotation shaft 2121 c to make the shift cutlery 22 c rotate counter-clockwise.

The illustrated accessories is the fixed cutlery 213 c which corresponding to the shift cutlery 22 c set between the two curve side plates 101 c of the second shelf 10 c, in front of the cutting device. The edge 2131 c of the fixed cutlery 213 c is located at the passage when the shift cutlery 22 c rotates. When the shift cutlery 22 c and the fixed cutlery 213 c gathering to each other, it could make the paper tape R1 placed at it be gradually cut down along the contacted point to make the process well-distributed and continuous.

The cutlery and the accessories of the cutting device in this embodiment could be other structure. For example: The cutter edge of the illustrated shift cutlery could be beeline or arc. The accessories could be a fixed cutlery with a cutter edge or also could be other non-cutter-edge members. The structure design could corresponding suitable to the illustrated shift cutlery and the accessories when there is a relative motion between the first shelf 12 c and the second shelf 10 c to form a cross-cutting or prop-top cutting method which could also achieve the function to cut down the paper tape.

The illustrated paper tape pushing supported device is including a paper roll central column 33 c. The illustrated paper roll central column 33 c could get through the central aperture of the paper roll R. Place it to the inner space between the two curve side plates 101 c which could let the paper roll. Or there is a roller 331 c on the two extremes of the paper roll central column 33 c which could place in the long groove 104 c and slide along with the groove.

There is a regular cavity volume in the inner space of this embodiment which could allow the paper roll to do some appropriate rolling. Moreover, for making the exported paper tape R1 wouldn't lean to the right or the left side, there is an amendment piece 24 c in the interior of the two curve side plates 101 c. There is an appropriate arc between the amendment piece 24 c and the contacted surface. If the passing paper tape leans to right or left, the edge of the paper could slide to the middle when touch the amendment piece 24 c.

There is a soft and flexible paper tape guiding device 32 c in front of the illustrated paper roll central column 33 c, the top of the paper tape guiding device 32 c is a semicircle arc which put under the pulled paper tape R1 and make it curved to enter the cutting position. It could process with the second shelf 10 c or also could be an alone components and parts. The down extreme is stick to the curve base plate 105 c and fix on the second shelf 10 c.

In this embodiment we could make the paper tape guiding device 32 c become one part of the paper tape strong device. The way of making it is to process broad wise many winding and concave curved shape on the top of the illustrated paper tape guiding device 32 c. (it could process assumed the curved shape of upper extreme 312 c as illustrate in FIG. 15 a and FIG. 15 b) It could make the paper tape R1 covered on the top of the paper tape guiding device 32 c following it to form curved. At the same time, the part between the paper tape guiding device 32 c and the paper roll is also related to form curved so that it could increase the rigidity of the paper tape R1 which could make it strong but not easy-winding in the delivering direction so that it could avoid it fall down on the delivering process.

As illustrated in FIG. 11, in this embodiment, there is a guiding extensive device 321 c which could cross and suit for the active seat 21 c near the second shelf 10 c. The illustrated active seat 21 c set a paper tape intricate device 322 c which is cross away to the illustrated guiding extensive device 321 c. And when the illustrated active seat 21 c shift to the guiding extensive device 321 c, it could make the paper tape R1 intricate between the guiding extensive device 321 c and the paper tape intricate device 322 c. The fan two side plates 212 c linked to the active seat 21 c of the guiding extensive device 321 c in FIG. 11 assume column shape (in the cross-sectional view in this fig is circle). In reality apply, the guiding extensive device 321 c shape and the paper tape intricate device 322 c shape could both be plate or column or other appropriate appearance and both could produce with soft and easy-curved material and set a roller or a pillar on the surface or the contacted point at the place which contact to the paper tape which could be good for the rotation of the active seat 21 c and also avoid the weak paper tape R1 to suffer a over-huge pull strength.

The paper tape R1 is pass the top arc surface of the paper tape guiding device 32 c and then bend through the paper tape intricate device 322 c and the guiding extensive device 321 c and then pass through the fixed cutlery 213 c and the shift cutlery 22 c. Like this way, it could make the paper tape R1 bend repeatedly after pull to increase the short-existing length of the paper tape R1 twined in the shelf so when the active seat 21 c and the second shelf 10 c return to the original position, the paper tape would has enough length fall down and could make the front of the paper R2 deliver smoothly.

The passage of the paper tape R1 of the illustrated second shelf 10 c has set active seat 21 c which could has a relative motion to the paper tape R1. The active seat 21 c could use as in two different purpose. One is to be a cutlery seat so it could place the shift cutlery 22 c. The other is to curve and bind to the paper tape R1 to place the paper tape intricate device 322 c. The two use members could all place at the same active seat or could also leave each other and place on two different active seat. At the other side of the paper tape R1, relative to the active seat 21 c set cutlery accessories and relative to the paper tape intricate device 322 c of the active seat 21 c set a guiding extensive device 321 c. The active seat could be plate shape or also could be stand shape which place on the side of the paper tape R1 and could rush to the paper tape R1. When take it as a cutlery seat, the shift cutlery and cutlery accessories set on the other side of the paper tape R1 could cut down the paper tape R1. When take it to curve and bind to the paper tape R1, the paper tape intricate device 322 c and the guiding extensive device 321 c set on the other side of the paper tape R1 would intricate the paper tape R1 repeatedly. The shift of the active seat could be act as the rotation motion linked to the shelf and the rotation shaft illustrated in this embodiment. It could be straight rush to the paper tape, the motion is just like the extend and contract pole 212 d illustrated in FIG. 12 in the embodiment 4 (there is a shifted cutlery 21 d on the top of it) straight rush to the paper tape (it could also consider the shifted cutlery 21 d straight rush to the paper tape R1 and gather up with the fixed cutlery 22 d behind the paper tape R1 and to cut down the paper tape R1) Only the driving structure of the active seat need to change, for example it could change the modeling of the active seat to extend and contract pole 212 d of the embodiment 4 and change the direction (reverse end to end for 180 degrees) to get through the shelf in a horizontal leftward direction. Go so far as to the guiding aperture 14 d, axle 211 d, twist spiral spring 213 d, aperture 214 d, blocker column 215 d, pulling spiral spring 216 d, fixed cutlery 22 d, blocker axle bearing 217 d, blocker axle 221 d and other structures still set as in embodiment 4 but only need to change the direction (in company with the reverse end to end for 180 degrees of the extend and contract pole and set up) and the extend and contract pole getting leftward through the shelf. Owing to the top of the extend and contract pole is more shape-pointed and not suitable for pressing by hands, so that it could connect an easy-human-push driving plane 131 (as illustrated in FIG. 1) in the embodiment 1 on the left extreme of the pole (only the driving plane change to the vertical direction and cancel the paper export on the driving plane) so that it could press comfortably by hands. When the active seat is straight rushed to the front of the paper tape and for curving the paper tape R1 use, it need to set a paper intricate piece on one extreme of the shelf of the described transforming extend and contract pole (the extend and contract pole transform to be a active seat) and set a guiding extending piece on the other side of the paper tape. This paper curved device and the guiding extending piece are cross and shift to the guiding extending piece and then it could intricate the paper tape R1 between two of them repeatedly.

Because the paper tape R1 is soft, it is easy to collapsible and droops on the process of the pull and extended, there is a paper tape supported device 31 c between the paper tape guiding device 32 c and the paper roll R. The paper tape supported device 31 c is also a soft and flexible arc spring and its structure is similar to the paper tape guiding device 32 c and the upper extreme 312 c is a semi-circle arc (it could also displace the thin roller set on the top of the paper tape supported device 31 c with this arc). The middle is a concave arc plane. The shape of the down extreme 311 c could stick on the arc of the curve base plate 105 c of the second shelf 10 c and fix on the paper tape guiding device 32 c or the curve base plate 105 c. The top could contact the point to the paper tape R1 and also support the paper tape R1 which could let the paper slide over it smoothly to avoid it fall down. In this embodiment, it could also make the paper tape supported device 31 c to be one part of the paper strong device. The way of making is illustrated in FIG. 15 a and FIG. 15 b; it designs many horizontal concave-convex curve shapes on the top of the illustrated paper tape supported device 31 c (the upper extreme 312 c as illustrated in FIGS. 15 a and 15 b) to make the paper tape R1 placed on the paper tape supported device 31 c is also curved shape. At the same time, on the front and back area of the paper tape supported device 31 c that is the part between the paper tape guiding device 32 c and the paper roll is formed regular curved shape. So that it could increase the rigidity of the paper tape which could make it strong and not-easy curved on the deliver direction and avoid it fall down on the deliver process.

The shelf of the embodiment 3 must has enough capacity space to let the new-opened paper roll R do some rolling forward and backward this is the capacity distance bigger than the diameter of the new-opened paper roll to let the paper roll placed inside could roll to the forward or backward to gather up by the appropriate structure to fix the pulled-out paper tape R1 pulled out from the paper roll R and the paper roll R of the bias box-shape shelf could roll and produce drag and then pull more paper out from the paper roll R.

On the other hand, when the paper tape R1 is gripped to fix, it would cut down the paper by the cutlery device. After cutting sown the paper, the cutlery device would open and the paper which is gripped to fix is also release.

Owing to the cutter point of the shift cutlery 22 c is bias to the rotated axle centre line, and the cutter edge of the fixed cutlery 213 c is parallel to the rotated axle centre line of the shift cutlery 22 c therefore the contact of the two cutleries when the two gather up would not be contact of all cutter edge but the point contact. The contact point shifts along the series parallel rotated axle centre line direction, these two contact point of the two cutleries would cut sown the paper. The bias of the shift cutlery 22 c could be single direction lean or could be repeatedly intricate. There are several contact points process to cut at the same time (rely on the repeatedly numbers of the intricate) when the bias repeatedly intricate so that it could finish the cut in a smaller rotated degrees.

In addition, the single bias of the shift cutlery 22 c to cut the paper is from one side of the paper to the other side. Sometimes it would cut to a hypotenuse but not the square scrap of paper. The repeatedly curved bias of the shift cutlery 22 c could resolve this question. The “ ” shape arrangement of the cutter edge of the shift cutlery 22 c would grip the two sides of paper when it starts to cut and then cut toward the middle of the paper. For one thing it could fix the for-cutting paper piece and the paper tape R1 pulled out from the paper roll. For the other thing the edge of the cut paper is more regular.

When using, we pull out the front of the paper outward to a needed length by hands and push the horizontal skirt 102 c or the second shelf 10 c to the right by the pull-paper hands. Owing to the driving handle 4 c is rotated on the axis aperture 112 c of the second shelf 10 c and the driving pole 42 c is on the driving groove 122 c so that the second shelf 10 c shifts to the right to drive the driving handle 4 c rotated on the counter clockwise direction. And owing to the driving handle 4 c is connected to the cutlery seat, the shift cutlery 22 c is also rotated on the counter clockwise direction. On the rotation process, the front edge of the cutlery seat first contact to the paper and bend the paper along the front edge of the paper tape supported device 31 c and make it curved. And then cut the paper from two side of the paper to the middle. (the contact point of the shift cutlery 22 c and the fixed cutlery 213 c is from two side to the middle) When the second shelf 10 c rotate clockwise of the rotation shaft 111 c, the bias of the long groove 104 c lean from low-left-high-right to the high-left-low-right to make the paper roll central column 33 c (or paper roll R) slide to the right. Owing to the pulled-out paper bend the guiding piece of the paper tape guiding device 32 c and be curved in front of the guiding piece and fix and then the paper roll R shift to the right so that force the paper roll R rotate on the counter clockwise direction to let the paper pull out from the paper roll R. When the shift cutlery 22 c rotated to the end point, the paper has been completely cut down. When the hand takes the paper and leaves the horizontal skirt 102 c or the second shelf 10 c, the pressed spring 115 c bounces to push the second shelf 10 c leftward to the original position to make the driving handle 4 c and the cutlery seat all rotate clockwise and get back to the original position. And the long groove 104 c (or the capacity of the second shelf) would return to the low-left-high-right bias to make to paper roll R rotate counter clockwise and roll to the left. And the formerly pulled-out paper and the roll-out paper are delivering to the left and carrying by the arc on the top of the paper tape supported device 31 c (or set on the thin roller which replace the arc on the top of the paper tape supported device 31 c) and supporting by the guiding piece of the paper tape guiding device 32 c so that it could deliver smoothly. When the paper roll R roll to the left, the soft and flexible paper tape supported device 31 c could be press down and into the supported groove 323 c but not obstruct the shift of the paper roll R. When the shift cutlery 22 c returns to the original position, the front of it would leave the paper so that the front of the delivered paper could droop and extend out of the first shelf 12 c. There is a crippling guiding piece 131 c of the first shelf 12 c which has a guiding obliquity 1311 c on it. The drooped paper contacts to the obliquity and slides to the left leading for much more extended out of the whole device. The middle of the guiding piece 131 c is concave convenient enter for forefinger and hold the front of the paper R2.

There is an adapting disc 14 c under the fallen-down of the front of the paper R2. The adapting disc 14 c could be stationary type which could fix on the first shelf 12 c or it also could be active type of this embodiment which set a raised upward and parallel axis aperture plate 15 c inside the first shelf 12 c. There is an axis aperture 151 c of the axis aperture plate 15 c. There is a raised axis 1411 c on the plate-shape winding arm 141 c linked to the adapting disc 14 c which could install on the axis aperture 151 c and let the winding arm 141 c swing. There is a driving pin 1412 c on the top of the winding arm 141 c and the down surface of the second shelf 10 c could press and push it. When push the horizontal skirt 102 c or cut paper, the second shelf 10 c would press down and drive the driving pin 1412 c to let the winding arm 141 c swing on a clockwise direction. And the adapting disc 14 c would extend up and leftward to hold out the cutting-and-fallen-down paper. And the second shelf 10 c would bounce upward and the adapting disc 14 c would rightward and downward return to the original position to pick up the cutting paper on the adapting disc 14 c.

Embodiment 4

As illustrated in FIG. 12˜FIG. 15, this embodiment is including a shelf which could place the paper roll, cutting device and a paper supported device and a paper taper pushing and delivering supported device.

The illustrated shelf is composed of the fixed shelf 12 d and the active shelf 11 d. The fixed shelf 12 d is including a seat 121 d which set on the back extreme of the fixed shelf 12 d to fix it on the wall or other fixed plane. The leading end 122 d of the fixed shelf 12 d is arc and there is a rotation shaft 1221 d on it and there is a blocker 125 d on the front extreme.

The illustrated active shelf 11 d is a shelf with a paper roll active groove 115 d in it. It set enough capacity space for put in the paper roll which could let the new-opened paper roll R roll in the paper roll active groove 115 d. That the capacity distance of it front and behind need a longer diameter than the new-opened paper roll R. There is a hinge 111 d on the front active shelf 11 d which could link to the side cap 101 d. The side cap 101 d is flat plate shape (the side cap 101 d illustrated on FIG. 12 is straight opened of 90 degrees status, which is side, so it is beeline shape.) The appearance is just the same as the active shelf 11 d. When the side cap 101 d is closed, it could cover the all side of the active shelf 11 d. There is a bulge ear 112 d on the top of the illustrated active shelf 11 d and there is an axis aperture 1121 d on it which could cover to the rotation shaft 1221 d of the fixed shelf 12 d so that the active shelf 11 d could suspend and hinge on the fixed shelf 12 d and swing. There is a twisted spiral spring 123 d covered on the rotation shaft 1221 d. The one extreme 1231 d could prop the underside 124 d of the seat 121 d and the other extreme could prop the upper surface 116 d of the active shelf 11 d. This elastic force of the twisted spiral spring 123 d could let the active shelf 11 d take the rotation shaft 1221 d as a rotation center to rotate upward. And the blocker 125 d extended from the fixed shelf 12 d could block the upper surface 116 d of the active shelf 11 d to restrict the slope of the active shelf 11 d. Structurally, the bottom of the active shelf 11 d could change the tilted degrees. When it lean forward or backward, it could let the paper roll R placed on it roll to the front or back and the bottom of the paper roll active groove 115 d of the tilted active shelf 11 d could let the paper roll R process pulling on the process of rotation to pull out more paper from the paper roll R. When pull out the appropriate length by hand, the pulled-paper hand return to press the pull-out paper on the outer surface of the active shelf 11 d so that to fix the pulled-out paper from paper roll R and then the press-paper hand push the active shelf 11 d to make it lean to pull out more paper from the paper roll R. On the other hand, when the paper is gripping to be fixed, it could cut down the paper by through the cutting device.

The illustrated cutting device is including cutlery piece and the accessories. The illustrated cutlery piece including a stretch out and draw back shifted cutlery 21 d. The accessories is including a fixed cutlery 22 d, the two pieces are set relatively. The illustrated fixed cutlery 22 d is fixed inside the square chamber of the back extreme of the active shelf 11 d. One of the extremes is fixed on the inner wall of the square chamber. The other extreme is extended outward. The cutter edge 222 d of the fixed cutlery 22 d is obliquity and there is a blocker axle 221 d on the top of the cutlery. The illustrated shifted cutlery 21 d is set in the chamber of the back extreme of the active shelf 11 d. The place is corresponding to the fixed cutlery 22 d. There is an axle 211 d on the cutlery. Through the axle 211 d, it could connect to the extend-and-contract pole 212 d and could rotate on the extend-and-contract pole 212 d. The extend-and-contract pole 212 d is getting through the guiding aperture 14 d of the active shelf 11 d and extending outside so that it could do expand and contract action. There is a twisted spiral spring 213 d on the illustrated axle 211 d. One edge 2131 d hooks on the aperture 214 d of the shifted cutlery 21 d and the other edge 2132 d hooks on the border of the extend-and-contract pole 212 d. The elastic force of the extend-and-contract pole 212 d could make the shifted cutlery 21 d assume bias shape like FIG. 14. The blocker column 215 d fixed on the shifted cutlery 21 d prop up the border of the extend-and-contract pole 212 d to restrict the slope of the shifted cutlery 21 d. One extreme of the pulling spiral spring 216 d connects to the extend-and-contract pole 212 d, and the other extreme of it connect to the active shelf 11 d. The pulling force makes the shifted cutlery 21 d far away from the fixed cutlery 22 d and makes the extend-and-contract pole 212 d extend outward from the active shelf 11 d. There is a blocker axle bearing 217 d on the illustrated shifted cutlery 21 d. The middle of the blocker axle bearing 217 d has set a indentation 2171 d which is corresponding to the blocker axle 221 d. When push the active shelf 11 d rotate with a counter clockwise direction along the rotation shaft 1221 d, the extend-and-contract pole 212 d press to the wall and draw back to the active shelf 11 d. The shifted cutlery 21 d set on it is also shifted leftward. The right of the cutter point 218 d of the shifted cutlery is first gathering up to the cutter point 222 d of the fixed cutlery (please refer to FIG. 13). And then the indentation 2171 d of the blocker axle bearing 217 d is cover to the blocker axle 221 d. When the extend-and-contract pole 212 d keeps shifting leftward, the shifted cutlery 21 d is rotated clockwise and taking the blocker axle 221 d as rotation central. So the gripped point would gradually shift from left to right similar to the razor, and the paper which getting through the two cutleries would be cut down.

Like the illustrated embodiment, the cutlery of the cutting device and the accessories could be other structures. For example: the illustrated arc cutter edge could be beeline or arc line, the accessories could be a fixed cutlery with a cutter edge or other structures which are not cutter edge. The structure design could corresponding to the illustrated arc cutely or accessories when there is a relative motion between the first shelf 12 c and the second shelf 10 c to form cross-cut or prop-top cut methods. It could also achieve the function of cutting down the paper tape R1.

The paper supported and paper tape pushing delivering device is set on the back extreme of the paper roll active groove 115 d of the active shelf 11 d in this embodiment. It is including the paper tape guiding device 32 d whose down extreme is fixed on the bottom of the paper roll active groove 115 d of the active shelf 11 d. There is a semicircle arc plane on the up extreme which is extended outward from the active shelf 11 d and put it under the pulled-out paper tape R1 to make it curved and enter the cutting device (the paper tape guiding device 32 d could also process with the active shelf 11 d, and there is a semicircle arc plane on the back extreme of the active shelf 11 d.) Similar to the embodiment 3, the top of the illustrated paper tape guiding device 32 d could also horizontal process many concave-convex curved shapes to make the paper tape R1 of the top of the paper tape guiding device 32 d also formed curved shape to raise the rigidity of the front of the paper R2.

Between the paper roll R and paper tape guiding device 32 d, there is a paper tape supported device 31 d, which is soft and flexible, the underneath 311 d fixed to the bottle of supported groove 113 d in active shelf 11 d, and the up extreme 312 d is semicircle-shape, and has a arc surface (could be replace with the thin roller which setting on the top of supported plate), by touching the paper which pull out from paper roll R, can make the paper slide smoothly; the paper tape R1 which pull out from the paper roll R pass the cambered surface on the top of paper tape supported device 31 d and be supported, therefore keep the paper tape R1 away from falling down and pass easier. As the FIGS. 15 a and 15 b, the top of paper tape supported device 31 d also lateral design to numbers of wave-shape curve, make the paper tape R1 which on the top of the paper tape supported device 31 d curve-shape, enhance the hardness in front of the paper R2; avoid its falling in delivery.

Paper roll R is setting in the paper roll active groove 115 d in the active shelf 11 d, the active shelf 11 d has enough space to let the paper roll R rolling appropriately. On the other hand, to make the exported paper not slants to left or right, there are two guiding pieces 34 d connect to inside of shelf by the connected pole 341 d. These two guiding pieces 34 d have appropriate cambered surface, if the passed paper slant to left or slant to right, the touching between the edge of paper and the guiding piece 34 d can make paper slide to the center.

Focus on the descriptive shelf in previous embodiment, the shape of the shelf can be piece of shell or shell-shape, and can be brace-shape, but not limit to description and figure of embodiment. For example, the central surface and cambered surface in both of the first shelf 11 and the second shelf 12 in embodiment 1 and embodiment 2 can be hollowed out and abandon. Remained edge, crest line and crest angle are brace-shaped; and if we extend the left and the right side plate of the first shelf 12 c in the embodiment 3 to the fixed wall 123 c surface, the shelf will be a concave shell; and if we widen the top surface of the fixed shelf 12 d in embodiment 4, and set downward side plate, the shell will be downward-covered shape.

The previous description only presents few of embodiments of this invention. The detail description should not consider a limit of the patent. The point is, for the skilled in the art in this field, without separating from the original conception of this invention, it could process to kinds of deformation, modify and apply. If we process appropriate deformation, modify and apply, it could often use in another embodiment which all belong to the protection range of this invention.

As the paper tape deliver device in embodiment 1 (including the illustrated first supported shelf 31 and the second supported shelf 32 and every members of them) could use in embodiment 2. The essentials are canceling the deliver frame 31 b, the branching claw and other relative structure of embodiment 2 and upward turning the direction of the paper tape deliver structure of embodiment 1 to horizontal direction and placing to the shelf of the embodiment 2 and also making appropriate process of the active arm 312, 322 and linking each of them to appropriate place and then it could achieve by adding some appropriate transformation.

Moreover, if we change the embodiment 1 from erect to recline, and cancel the structures of the driving shelf and add appropriate transformation and revise, it could operate, deliver paper and use just like embodiment 2.

The cutting device of the embodiment 4 could use in embodiment 3 such as the active seat's shift is beeline to rush to the paper tape and the shifted cutlery 21 d shifts to the fixed cutlery 22 d. Only the driving structure of the active seat change to the extend-and-contract pole 212 d shape of embodiment 4 and change the direction to horizontal leftward penetrate the shelf. Go so far as to the structures such as guiding aperture 14 d, axle 211 d, twisted spiral spring 213 d, aperture 214 d, blocker column 215 d, pulling spiral spring 216 d, fixed cutlery 22 d, blocker axle bearing 217 d, blocker axle 221 d and other structures are still set as in embodiment 4 but only need to change the direction. And the left extreme of the leftward through extend-and-contract pole links similar to the easy-human-push driving plane 131 of embodiment 1, but only change the direction to vertical and cancel the paper export on the driving plane. It could also achieve to cutting function.

If we making some revises or applies, the cutlery device in embodiment 4 could also replace the cutlery device of the embodiment 1 and embodiment 2. For instance, we could fix the fixed cutlery 22 d and the relative structure on the first shelf of the embodiment 1 and embodiment 2. Revise the extend-and-contract pole 212 d to fixed seat which could use to the second shelf of the embodiment 1 and embodiment 2. The proto-set extend-and-contract pole 212 d and shifted cutlery 21 d and the relative structure still have appropriate retain and apply so that it could be shifted cutlery 21 d set on the second shelf of the embodiment 1 and embodiment 2.

In addition, the cutting device, paper tape pushing supported device and their components could all be transform and modify to suit in every embodiment or replace to the corresponding component in every embodiment.

We could understand from the illustration, every embodiment of this invention all could according to the basic and main method of this invention (including driving the cutting device by pushing the shelf, use the incline motion to make the paper roll and then pull out the paper tape, curve the horizontal plane of the paper tape to be repeatedly intricate to increase the paper tape's rigidity on the delivering direction, and temporally exist some paper on the paper tape delivering direction by repeatedly intricate) to use and take appropriate device, structure and describe.

Therefore according to illustration above, it is only some better embodiments of this invention but not use to restrict the range of this invention which means any equal change and modify depends on this invention all contain completely of this invention patent. 

1. a paper roll feeder device, comprising: a shelf, with pushing active device, comprising a capacity space capable of containing paper roll motions for fixing and supporting members and other members, wherein the serve further has a paper export; and a cutting device, configured in a passage of a paper tape of the shelf, comprising at least one cutlery to cutting down the paper tape, wherein the cutting device is forwarded to the paper tape by the push from the shelf.
 2. As cited in claim 1, wherein motion methods of the paper roll in the capacity space in the shelf are selected from below manners or combinations thereof: roll, rotation and shift.
 3. As cited in claim 1, wherein the shelf is consisting of a first shelf and second shelf, coupled with each other, capable of relative motions.
 4. As cited in claim 3, wherein the first shelf and the second shelf are hinged to each other.
 5. As cited in claim 3, wherein the first shelf and the second shelf are two concave structures so as to cover correspondingly and a space capable of placing the paper roll is formed after covering.
 6. As cited in claim 3, further comprising an easy-human-push driving shelf for driving the first shelf and the second shelf to rotate relatively.
 7. As cited in claim 1, wherein at least one guiding piece is configured at the shelf symmetrically so as to force the paper tape to slide to the centre.
 8. As cited in claim 1, wherein the cutting device comprising a accessory corresponding to the cutlery for cutting down the paper tape, and the cutlery and the accessory configured at each of the two sides of the paper tape plane.
 9. As cited in claim 3, wherein the cutting device comprising a accessory corresponding to the cutlery for cutting down the paper tape, and the cutlery and the accessory configured at each of the two sides of the paper tape plane.
 10. As cited in claim 8, wherein the cutlery and the accessory are coupled with the first shelf and the second shelf relatively and the first shelf and the second shelf are capable of moving relatively.
 11. As cited in claim 8, wherein the accessory, with structures having cutting edge or non cutting edge, is capable of corresponding to the cutlery.
 12. As cited in claim 8, wherein the accessory is a device capable of cross-cutting or prop-cutting corresponding to the cutlery.
 13. As cited in claim 1, wherein the edge of the cutler having two portions shaped as a shape of forwarding concave shape and is convex in the middle.
 14. As cited in claim 13, wherein the device has two types selected from one portion of the cutler and the accessory having a curved transitional plane extending forward, and two portion having a guiding piece having a curved transitional plane extending forward.
 15. As cited in claim 1, wherein the cutler side of the cutler shaped as bulge increasingly from the middle to the two ends.
 16. As cited in claim 3, wherein an active seat capable of exercising corresponding to the paper tape is configured at a place of the shelf where the paper tape passing by.
 17. As cited in claim 16, wherein the active seat is coupled with the shelf by a rotation axis and is driven to rotate by a crank device.
 18. As cited in claim 17, wherein the crank device comprising a driving grip coupled with the active seat, a sliding axis is configured with the other portion of the driving grip, the sliding axis is placed on the one of the shelves which capable of fixed on the active seat and another shelf capable of having relative motion to this shelf, and a driving groove is configured corresponding to the shelf, the sliding axis is slide in the driving groove so as to promote the active seat to exercise.
 19. As cited in claim 16, wherein the cutting device comprising a cutlery device and accessories corresponding to the cutlery device for cutting the paper tape, the cutlery device is configured on the active seat, the accessories are configured on the shelf which the active seat is configured and is located in front of the cutlery device.
 20. As cited in claim 16, wherein the shelf having a guiding-extended device, configured near the base of the active seat, capable of cross corresponding to the active seat.
 21. As cited in claim 20, wherein a paper tape curved device is configured on the active seat, the paper tape curved device and the guiding-extended device cross to each other, the paper tape is passing by tortuous between the paper tape curved device and the guiding-extended device when the active seat is rotating approach to the guiding-extended device.
 22. As cited in claim 1, wherein a stretchable device is configured of the shelf, the cutting device comprising a cutlery device and accessories device corresponding to the cutlery device for cutting the paper tape, one portion of the stretchable device is coupled with one of the cutting device and the accessories, the other portion is extended outward the shelf to prop up the wall or the fixity, the positions of the cutlery device and the accessories corresponding configured to another accessories and another the cutlery device so as to make the stretchable device to stretch into the shelf and then making the cutlery device and the accessories cutting down the paper tape.
 23. As cited in claim 1, further comprising a paper tape supported device configured in the shelf and corresponding to the cutting device so as to pull, push, support or fix the paper tape.
 24. As cited in claim 3, further comprising a paper tape supported device configured in the shelf and corresponding to the cutting device so as to pull, push, support or fix the paper tape.
 25. As cited in claim 23, wherein the paper tape pushing supported device further comprising two supported shelves configured in different shelves respectively.
 26. As cited in claim 23, wherein the paper tape pushing supported device further comprising a central column for supporting paper tape, two portions of the paper roll central column is configured on the sliding groove corresponding to the shelf so as to make the paper tape slide along with the sliding groove.
 27. As cited in claim 23, wherein the paper tape pushing supported device comprising a pushing shelf, the paper tape in configured on the pushing shelf, the pushing shelf is hinged on the shelf for supporting the paper tape and a driving cam is configured on the other shelf corresponding to the shelf for supporting the paper tape, a driven cam capable of matching the driven cam is configured on the pushing shelf, and the pushing shelf is driven by the driven cam so as to pull out the paper tape when the other shelf is push downward.
 28. As cited in claim 27, wherein the pushing shelf is having a buckle to fix position of the pushing shelf and a spring blocker corresponding to the position of the buckle on the shelf.
 29. As cited in claim 23, further comprising a paper tape strong-fixed device configured on the pathway of the paper tape, wherein the contacted surface of the paper tape strong-fixed device shaped as concave and convex toward to the export direction so as to form a horizontal cross-section shaped as curved or winding after the paper tape contact to the paper tape strong-fixed device.
 30. As cited in claim 29, wherein the concave and convex shape is formed by the continuous winding or suspended projection.
 31. As cited in claim 29, wherein the concave and convex shape is configured between the two portions of the paper tape correspondingly, the concave and convex shape is cross and gathering up to each other between the two portions of the paper tape, the horizontal cross-section of the paper tape is shaped as curved or winding.
 32. As cited in claim 30, wherein a claw tooth capable of contacting the paper tape is configured on the convex extreme of the discontinuous projection.
 33. As cited in claim 30, wherein the discontinuous projection having a convex extreme so as to make the convex extreme curved exercising by connecting with the hinge.
 34. As cited in claim 29, wherein the concave and convex shape is formed by discontinuous projection configured between the two portions of the paper tape correspondingly, and coupled with different shelves capable of exercising respectively.
 35. As cited in claim 29, wherein the paper tape strong-fixed device having a body and an active arm.
 36. As cited in claim 33, wherein the active arm is a flexible device.
 37. As cited in claim 33, further comprising to flexible branching claw, corresponding configured on different shelves capable of exercising with each other wherein the shelves hold the paper tape when the shelves gathering up with each other.
 38. As cited in claim 1, wherein a paper tape guiding device is configured between capacity space of the paper tape and the cutting device, the paper tape guiding device is placed under delivering the paper tape with surface capable of curved the paper tape on the out-looking and the paper tape contacted plane so as to change the delivering direction of the paper tape.
 39. As cited in claim 29, wherein a paper tape guiding device is configured between capacity space of the paper tape and the cutting device, the paper tape guiding device is placed under delivering the paper tape with surface capable of curved the paper tape on the out-looking and the paper tape contacted plane so as to change the delivering direction of the paper tape.
 40. As cited in claim 29, further comprising a paper tape supported device, capable of freely extended and prop up the paper tape between the paper tape guiding device and the paper roll.
 41. As cited in claim 36, further comprising a paper tape supported device, capable of freely extended and prop up the paper tape between the paper tape guiding device and the paper roll.
 42. As cited in claim 37, wherein the top portion of the paper tape guiding device or the paper tape supported device have a plurality of concave and convex shapes.
 43. As cited in claim 1, wherein the bottom of the cutting device having a carry disc capable of carry in the cut down and fallen paper. 